scuffing

英 [ˈskʌfɪŋ]

美 [ˈskʌfɪŋ]

v.  磨损; 磨坏; 拖着脚走
scuff的现在分词

现在分词：scuffing　

柯林斯词典

• V-ERG (使)磨损;(使)磨坏
  If youscuffsomething or if itscuffs, you mark the surface by scraping it against other things or by scraping other things against it.
  1. Constant wheelchair use will scuff almost any floor surface...
     任何地板上经常有轮椅走动几乎都会有所磨损。
  2. Molded plastic is almost indestructible, but scuffs easily.
     注塑几乎弄不坏，但是容易磨损。
• VERB 拖着脚走
  If youscuffyour feet, you pull them along the ground as you walk.
  1. Polly, bewildered and embarrassed, dropped her head and scuffed her feet.
     波莉既困惑又尴尬，低下头拖着脚走开了。

双语例句

• It was found that when using non-EP lubricating oil the scuffing temperature is stable.
  试验结果表明，使用非极压润滑油时胶合温度是稳定的，而使用极压润滑油时，胶合温度受油温影响很大。
• Influence of Lubrication Oil on the Scuffing Resistant of Sliding Friction Pairs
  润滑油对滑动摩擦副咬死性能的影响
• Effect of Lubricating Oil Temperature on Gear's Scuffing Resistance
  润滑油温度对齿轮胶合承载能力的影响
• The working condition and the form of scuffing failure of valve-valve seat pair are introduced. The method of valve-valve seat tribology designing is provided.
  介绍了气门-气门座摩擦副的工作状况和失效形式，提出了气门-气门座摩擦学设计的方法；
• The temperature effect of scuffing in sliding contact of steel is explored from the point of view of frictional temperature.
  作者从摩擦温度的观点考察了钢在滑动接触中擦伤的温度效应。擦伤试验是在环-块试验机上进行的。
• Effect of EP Additive Content on Scuffing Resistance to Heavy-duty Gears
  极压添加剂含量对重载齿轮抗胶合能力的影响
• The research method adopted in the paper are fo some significance to the study of gear scuffing mechanism and the study to increase the gear scuffing load carry capacity.
  本文的研究方法对齿轮胶合机理和提高齿轮胶合承载能力的研究都是有意义的。
• At the same time, for the power splitting differential gearbox the characteristics of compact structure, according to balanced specific sliding and flash temperature for the planet gear, the parameters of planetary gear can be optimized, gears can improved wear resistance and scuffing resistance.
  同时针对功率分流差动齿轮箱结构紧凑的特点，根据均衡齿轮的滑动率曲线和闪温曲线的研究，优化了行星轮系的齿轮参数，提高了齿轮的抗磨损、抗胶合能力。
• The mould test demonstrates that the surface scuffing and metal transferring can be greatly deduced at dry friction condition.
  模具试验表明，复合镀层有效地降低了干摩擦状态下注塑模推管与摩擦件的表面划伤与金属转移。
• The maximum load on a bearing should always be smaller than the relief load in order to avoid scuffing.
  为了避免划伤，轴承上的最大负荷应该总是小于其卸载负荷。